Research

At the Chair of Microwave Systems, the research topics range from the synthesis and measurement characterization of high frequency systems to high frequency based sensor technology. The research focuses on the development of complex high-frequency systems. On this investigation, highly precise simulations are carried out using powerful numerical analysis tools. The precise metrological characterization for the verification of the system properties is finally carried out on implemented prototype systems.

Our Research Areas

Antennas and Antenna Systems

Imaging Radar Systems and MIMO Radar

Material Characterization

Multiport measurements using vectorial network analyzers

Plasma-Diagnostics

Radar-based Mine Detection

Current Projects

Mobile material characterization and localization by electromagnetic sensing

Reacting and moving granular assemblies with gas flow

Cooperation of renowned research institutes in the terahertz frequency range

Concepts for highly integrated silicon millimeter-wave circuits and systems with metrological performance

Finished Projects

6G research hub for open, efficient and secure mobile communications systems

KI-Radar ObJect Analyse Library

Radar-based, modular electronic system with highest precision for industrial test and calibration tasks

Humanitarian microwave detection for unconventional booby mines in Colombia

Plasma and Optical Technologies: Increasing the Quality and Yield of Optical Coating Technologies

Plaque characterization using millimeter waves on a catheter

Material Characterization

Calibratable microwave and millimeter wave measuring methods for non-contact and non-destructive material characterization

Improving frequency usage and coexistence for PMSE systems through cognitive methods

Plasma and optical technologies

Publications, Conferences

Publikationen der Lehrstühle (© Adobe Stock)